Graupner DES 807 BBMG - Digital Servo

Specifications

Source: Most data comes from the manufacturer but some data is sourced from our loyal community.

Last Updated:	2025-08-07
Modulation:	Digital
Torque:	6.0V: 131.94 oz-in (9.50 kg-cm) 6.0V: 131.94 oz-in (9.50 kg-cm)
Speed:	6.0V: 0.11 sec/60° 6.0V: 0.11 sec/60°
Weight:	1.85 oz (52.5 g)
Dimensions:	Length:1.57 in (39.9 mm) Width:0.77 in (19.6 mm) Height:1.54 in (39.1 mm)
Motor Type:	Coreless
Gear Type:	Metal
Rotation/Support:	Dual Bearings
Rotational Range:	(add)
Pulse Cycle:	(add)
Pulse Width:	(add)
Connector Type:	JR

*We may earn a commission from your purchase.

The Graupner DES 807 BBMG is an elite, giant-scale digital servo, specifically tuned for a superior blend of high speed and immense torque, all backed by a rugged all-Metal Gear (MG) train and a precise dual Ball Bearing (BB) supported output shaft. This servo is a versatile powerhouse, designed for the competitive giant-scale pilot who needs a single servo type that can excel in any control position. It is fast enough for the massive ailerons on a 3D aircraft, but also strong enough for the rudder. It is a no-compromise solution for the flight controls of 30% to 40% scale aerobatic aircraft and large jets.
The character of the DES 807 BBMG is its ultimate, all-around performance. It takes the best attributes of speed-focused and torque-focused servos and combines them into one incredibly capable package. The digital controller provides a lightning-fast, precise response, while the robust MBB gear train ensures this performance is delivered with unwavering reliability. It is a servo for the top-level competitor who demands the absolute best in every aspect of their control system's performance.
For advanced, dynamic robotics, the Graupner DES 807 BBMG is a superb actuator. Its combination of high speed, high torque, and extreme durability makes it ideal for the joints of a large, fast-moving, and powerful humanoid robot or a heavy-duty industrial manipulator. It offers the professional-level performance required for the most ambitious and challenging robotics projects.